Product Description
Lift/lower switch button designed for Raymond electric pallet jack handle assemblies. Features momentary contact operation, 24VDC control voltage rating, and impact-resistant thermoplastic construction for reliable performance in high-cycle warehouse operations. Direct replacement part for Raymond model 101 equipment.
Specifications
Electrical
| Rated Voltage | 24VDC nominal control voltage |
| Rated Current | 2A maximum at 24VDC |
| Switch Type | Momentary contact |
| Material | Impact-resistant thermoplastic |
Part Numbers
| Part Number | RA 850-135-947-103 |
| Cross-Reference | RA850-135-947/103 |
| Manufacturer | Raymond |
Application
| Compatible Equipment | Raymond model 101 electric pallet jacks |
Frequently Asked Questions
Q: What is this lift/lower switch button?
A: This is a momentary contact switch button designed for use on Raymond model 101 electric pallet jack handle assemblies. It controls the lift and lower functions of the equipment and is rated for 24VDC operation.
Q: What are the electrical specifications?
A: The switch is rated for 24VDC nominal control voltage with a maximum current rating of 2A at 24VDC. It is a momentary contact design, meaning the circuit only completes while the button is actively pressed.
Q: Which Raymond models is this button compatible with?
A: This lift/lower switch button is designed specifically for Raymond model 101 electric pallet jacks. Always verify your equipment model before ordering to ensure proper fitment.
Q: What is the button made from?
A: The button features impact-resistant thermoplastic construction, designed to withstand repeated impact and high-cycle operations typical in warehouse and material handling environments.
Q: What is the part number?
A: The part number is RA 850-135-947-103. A cross-reference number is RA850-135-947/103 — both refer to the same component.
Q: How does momentary contact operation work?
A: Momentary contact means the switch only activates while the button is being pressed. When you release the button, the circuit opens and the lift or lower function stops. This design requires continuous operator input for movement.